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Interactions between saline stress and benzyladenine on chili peppers (Capsicum annuum L.)

机译:盐胁迫与辣椒上的苄基腺嘌呤之间的相互作用

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摘要

Exogenous application of BA (0, 50, 100 mg ul--1) had no significant effects on tolerance of chili peppers to salt (--0.75 MPa NaCl:CaCl₂, 3:1, w/w) as measured by vegetative and reproductive weights, numbers of reproductive structures, transpiration and total chlorophyll. When peppers were applied with microliter amounts of ¹⁴C labelled benzyladenine (BA; 44,400 dpm 1⁻¹), BA was translocated primarily acropetally from the site of application. Regardless of application site, translocated BA was ported primarily to expanding leaves, and BA was more readily absorbed by leaf as opposed to stem surfaces. Exogenous application of BA (0, 50, 100 mg ul⁻¹) had no significant effects on tolerance of chili peppers to salt (-0.75 MPa NaCl:CaCl₂, 3:1, w/w) as measured by vegetative and reproductive weights, numbers of reproductive structures, transpiration and total chlorophyll.
机译:通过营养和生殖测量,外源施用BA(0、50、100 mg ul-1)对辣椒对盐(--0.75 MPa NaCl:CaCl 2,3:1,w / w)的耐受性没有明显影响。重量,生殖结构的数量,蒸腾作用和总叶绿素。当以微升量的14 C标记的苄基腺嘌呤(BA; 44,400 dpm 1 -1)施用辣椒时,BA基本上是从施用部位向后顶面转移。无论施用地点如何,易位的BA都主要移植到扩张的叶子上,与茎表面相比,BA更容易被叶子吸收。通过营养和生殖重量测定,外源施用BA(0、50、100 mg ul -1)对辣椒对盐(-0.75 MPa NaCl:CaCl 2,3:1,w / w)的耐受性没有明显影响,生殖结构的数量,蒸腾作用和总叶绿素。

著录项

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    Zegeer Abreeza May 1956-;

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  • 年度 1989
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